Tiny Particles, Big Harvest: How Nanotechnology Could Transform Fish Farming
A new review details how nanoparticles could clean aquaculture water, boost fish breeding and nutrition, and replace antibiotics in fish ...
A new review details how nanoparticles could clean aquaculture water, boost fish breeding and nutrition, and replace antibiotics in fish ...
Chinese researchers have developed an amphiphilic magnetic biochar that simultaneously removes hydrophobic and hydrophilic organic micropollutants from water and can ...
A comparative study finds iron electrodes outperform aluminum in electrocoagulation, removing over 97 percent of the textile dye neutral red ...
Researchers found that tuning the nitrogen-to-boron ratio in sawdust-derived biochar transforms it from a passive adsorbent into a highly efficient ...
Researchers converted sweet flag biomass into a manganese and nitrogen co-doped biochar that activates persulfate to degrade over 93 percent ...
An optimized electrochemical-Fenton process removed over 91 percent of hexavalent chromium and 96 percent of COD from real Indian tannery ...
Researchers in India have shown that zinc oxide-coated iron electrodes can remove over ninety percent of organic pollutants from paper ...
A French research team has mapped the stepwise redox mechanism by which PFOA loses its fluorine atoms in alkaline DMSO/water ...
Researchers in Kerala have created a reusable chitosan-polyvinyl alcohol film embedded with copper nanoparticles that reduces azo dyes and 4-nitrophenol ...
Researchers in China used laser ablation in liquids to make germanium-doped hematite nanocrystals that anchor ultrafine platinum particles and boost ...
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© 2025 Scienmag - Science Magazine